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2 93.180315 Хо Vo a= error= t(s) 74.9421653 m/s 5.72388496 m/s 3.39518993 m/s^2 100.21919 m |x(m) 0 74.9421653 error 100.21919 100.21919 Position vs. time based on Quadratic Equation. 18000 16000 y= 1.6976x²+5.7239x+74.942 R² = 1 14000 12000 Position (M) 10000 8000 6000 4 124.999225 100.21919 100.21919 6 170.398894 8 229.379323 100.21919 4000 2000 0 -20 20 40 60 80 100 120 10 301.940511 100.21919 12 388.08246 -2000 Time (s) 100.21919 14 487.805168 100.21919 16 601.108636 100.21919 18 727.992863 100.21919 20 868.45785 100.21919 22 1022.5036 100.21919 24 1190.1301 100.21919 26 1371.33737 100.21919 28 1566.1254 100.21919 Theory Consider the equation 1 that described the dependence of position x on time. 1 x = at² + vot + xo 2 (1) where a is the acceleration, t is time, vo is the initial velocity and xo is the initial position. Normally, this section describes the experimental setup and should include the photo or a schematic of the setup as well as the text description and the experimental procedure. The schematic can be very simple, Briefly describe all the parts of your figure. Descriptions like Figure 1a or Figure 1 (left) can be used. Note the formatting of the figure reference and the caption. No colored text unless required by context.

2 93.180315 Хо Vo a= error= t(s) 74.9421653 m/s 5.72388496 m/s 3.39518993 m/s^2 100.21919 m |x(m) 0 74.9421653 error 100.21919 100.21919 Position vs. time based on Quadratic Equation. 18000 16000 y= 1.6976x²+5.7239x+74.942 R² = 1 14000 12000 Position (M) 10000 8000 6000 4 124.999225 100.21919 100.21919 6 170.398894 8 229.379323 100.21919 4000 2000 0 -20 20 40 60 80 100 120 10 301.940511 100.21919 12 388.08246 -2000 Time (s) 100.21919 14 487.805168 100.21919 16 601.108636 100.21919 18 727.992863 100.21919 20 868.45785 100.21919 22 1022.5036 100.21919 24 1190.1301 100.21919 26 1371.33737 100.21919 28 1566.1254 100.21919 Theory Consider the equation 1 that described the dependence of position x on time. 1 x = at² + vot + xo 2 (1) where a is the acceleration, t is time, vo is the initial velocity and xo is the initial position. Normally, this section describes the experimental setup and should include the photo or a schematic of the setup as well as the text description and the experimental procedure. The schematic can be very simple, Briefly describe all the parts of your figure. Descriptions like Figure 1a or Figure 1 (left) can be used. Note the formatting of the figure reference and the caption. No colored text unless required by context.

Glencoe Physics: Principles and Problems, Student Edition
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter1: A Physics Toolkit
Section: Chapter Questions
Problem 54A
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help me with the experimental set up for the excel i did. the graph

2 93.180315 Хо Vo a= error= t(s) 74.9421653 m/s 5.72388496 m/s 3.39518993 m/s^2 100.21919 m |x(m) 0 74.9421653 error 100.21919 100.21919 Position vs. time based on Quadratic Equation. 18000 16000 y= 1.6976x²+5.7239x+74.942 R² = 1 14000 12000 Position (M) 10000 8000 6000 4 124.999225 100.21919 100.21919 6 170.398894 8 229.379323 100.21919 4000 2000 0 -20 20 40 60 80 100 120 10 301.940511 100.21919 12 388.08246 -2000 Time (s) 100.21919 14 487.805168 100.21919 16 601.108636 100.21919 18 727.992863 100.21919 20 868.45785 100.21919 22 1022.5036 100.21919 24 1190.1301 100.21919 26 1371.33737 100.21919 28 1566.1254 100.21919
Transcribed Image Text:2 93.180315 Хо Vo a= error= t(s) 74.9421653 m/s 5.72388496 m/s 3.39518993 m/s^2 100.21919 m |x(m) 0 74.9421653 error 100.21919 100.21919 Position vs. time based on Quadratic Equation. 18000 16000 y= 1.6976x²+5.7239x+74.942 R² = 1 14000 12000 Position (M) 10000 8000 6000 4 124.999225 100.21919 100.21919 6 170.398894 8 229.379323 100.21919 4000 2000 0 -20 20 40 60 80 100 120 10 301.940511 100.21919 12 388.08246 -2000 Time (s) 100.21919 14 487.805168 100.21919 16 601.108636 100.21919 18 727.992863 100.21919 20 868.45785 100.21919 22 1022.5036 100.21919 24 1190.1301 100.21919 26 1371.33737 100.21919 28 1566.1254 100.21919
Theory Consider the equation 1 that described the dependence of position x on time. 1 x = at² + vot + xo 2 (1) where a is the acceleration, t is time, vo is the initial velocity and xo is the initial position. Normally, this section describes the experimental setup and should include the photo or a schematic of the setup as well as the text description and the experimental procedure. The schematic can be very simple, Briefly describe all the parts of your figure. Descriptions like Figure 1a or Figure 1 (left) can be used. Note the formatting of the figure reference and the caption. No colored text unless required by context.
Transcribed Image Text:Theory Consider the equation 1 that described the dependence of position x on time. 1 x = at² + vot + xo 2 (1) where a is the acceleration, t is time, vo is the initial velocity and xo is the initial position. Normally, this section describes the experimental setup and should include the photo or a schematic of the setup as well as the text description and the experimental procedure. The schematic can be very simple, Briefly describe all the parts of your figure. Descriptions like Figure 1a or Figure 1 (left) can be used. Note the formatting of the figure reference and the caption. No colored text unless required by context.
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